Colour & Mass: Does It Impact Weight?

In summary: If you shine a light on the objects, and one of them gets hotter than the other due to its greater absorption of the light, then yes, the hot would would be slightly more massive, due to its larger internal energy.
  • #1
alchemist
50
0
if there's two identical object of the same mass and same composition but is of two different colours, would one weigh heavier than the other?? assuming that the coating of paint that gives the object its colour is of the same density for each colour and that same volume of each colour is used to colour the objects..
will the difference in mass due be to the amount of anergy absorbed through the different colours?
 
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  • #2
The objects would not have different masses due to their colors alone.

If you shine a light on the objects, and one of them gets hotter than the other due to its greater absorption of the light, then yes, the hot would would be slightly more massive, due to its larger internal energy.

If you keep both objects at the same temperature, however, there will be no difference in their masses.

- Warren
 
  • #3
Originally posted by alchemist
if there's two identical object of the same mass and same composition but is of two different colours

If they are identical, have the same mass and the same composition, how could they be of different color?
 
  • #4


Originally posted by 1100f
If they are identical, have the same mass and the same composition, how could they be of different color?

alchemist said, in his first post: " assuming that the coating of paint that gives the object its colour is of the same density for each colour and that same volume of each colour is used to colour the objects."

In other words, each object is identical except for a thin coat of paint.

The question does make sense but the answer is, of course, that color will have absolutely no effect on the mass.
 
  • #5
Correct me if I'm wrong, but since
[itex]M = V \times D[/itex],
if [itex]V_{color1} = V_{color2}[/itex] and [itex]D_{color1} = D_{color2}[/itex], won't the masses be the same?
 
  • #6
If seems to me that the question is about the frequency/energy/mass of photons, is it?
 

FAQ: Colour & Mass: Does It Impact Weight?

How does color impact weight?

There is no direct correlation between color and weight. The color of an object does not affect its mass or weight. However, the material and density of an object can impact its weight, and these factors can sometimes be linked to color. For example, a red brick may appear to weigh more than a white brick due to its density, but the color itself does not directly impact the weight.

Is there a specific color that makes objects weigh more or less?

No, there is no specific color that can make an object weigh more or less. As mentioned before, the color of an object does not directly impact its weight. Factors such as material, density, and even air resistance can contribute to the perceived weight of an object, but not its actual weight.

Can the color of food affect its caloric content?

No, the color of food does not affect its caloric content. The caloric content of food is determined by the amount and type of nutrients it contains, not its color. However, certain colors may be associated with certain types of food (e.g. green with vegetables) which can affect our perception of its nutritional value.

Do objects of different colors fall at different speeds?

No, the color of an object does not affect its falling speed. According to the laws of physics, all objects in a vacuum will fall at the same rate regardless of their mass or color. In the real world, air resistance can play a role in the falling speed of an object, but its color does not have an impact.

Can the color of an object affect its weight on a scale?

The color of an object does not have a direct effect on its weight on a scale. However, if an object is transparent or translucent, the scale may show a different weight due to the refraction of light passing through it. This is due to the scale measuring the force of gravity acting on the object, rather than the actual weight of the object itself.

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